Autonomous Dredge – Remote Operated
Autonomous Floating Dredge, Unmanned Automated Floating Dredger. Powered by a 4, 6, 8, 10 or 12-Inch EDDY Pump
The Autonomous Unmanned Dredge
Dredging Machine: EDDY’s Autonomous Dredge System is Remote Operated and Unmanned
This state of the art dredging system is unique to the market and improving the process for high solid pumping.
This dredging system, equipped with a reliable dredge pump, can move slurry, sludge and high solids up to 4000 GPM at over 200 ft of head. Our patented EDDY Pump technology outperforms all centrifugal, vortex and positive displacement pumps in a variety of the most difficult pumping applications.
This semi-automated dredge machine has a footprint of only 650 sq. ft. By anchoring 3 to 4 cables on land, the system can effectively dredge a large area without any onboard crew.
The dredge uses an array of electronic instrumentation to control the four onboard winches to literally pull itself along a predefined dredging path, raise and lower the pump, and regulate pump RPM. Due to the cable-based pump deployment the dredge can up to 100 ft deep. All while featuring a non-clogging design to minimize machine downtime.
Dredging Equipment
HD10000 Dredge Pump
At the heart of the Autonomous Dredge is the 10 inch EDDY Pump, the HD10000. This pump can move slurry up to a rate of 4000 GPM at over 200 ft of head. All EDDY Pumps are uniquely engineered to outperform their competitors. Unlike alternative pumps, the EDDY Pump is optimized for:
– High Production
– High Concentration Solids
– High Viscosity and Specific Gravity Fluids
– High Abrasive and Corrosive Materials
– Low Ownership Cost
All dredges use our industrial EDDY Pumps, with this autonomous system powered by a 4, 6, 8, 10 or 12-Inch EDDY Pump, to match your project production requirements. These dredge pumps ensure optimal functionality and efficiency, enhancing the performance of various dredging machines.
EDDY Pump has been bringing new innovative solutions to the dredging process since 1984. Building on their popular autonomous submersible dredge technology, EDDY Pump engineers have developed yet another groundbreaking product, the Autonomous Dredge System.
THE EDDY PUMP
Remote/Autonomous Dredge (Sizes/Specs)
| Remote/Autonomous Dredge | PDF  |
|---|---|
| 4-Inch (AD-4000) | ENG  |
| 6-inch (AD-6000) | ENG |
| 8-inch (AD-8000) | ENG |
| 10-inch (AD-10000) | ENG |
| 12-inch (AD-12000) | ENG |
Dredge Project Consulting
- Easier to install and maintain, the horizontal slurry pump, a type of dredge pump, allows for quick access to pump components, making repair jobs straightforward. During repair jobs, pumps are completely disassembled for thorough inspection. All components are carefully inspected, and any parts not meeting standards are replaced. After reassembly, the pump is tested to ensure reliable performance. These steps help extend the service life of the hydraulic pump and maintain equipment reliability. EDDY Pump can also provide dredging project managers to oversee sediment projects and remediation projects, ensuring that all aspects of the dredging project are managed efficiently and in compliance with environmental regulations.
- Requires more room, due to its larger footprint compared to vertical
- Implementing best management practices and evaluating management alternatives are essential for effective material management in any dredging project.
Vertical Slurry Pump
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Less smaller footprint, allowing the dredge pump to be implemented in hard to reach jobs
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More versatile, can be cable hung straight down and inserted directly into medium to pump target material. The vertical slurry pump can also be used in mechanical dredging operations where minimal water addition is required.
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The vertical slurry pump is typically situated within the excavator or dredging system so that it is optimally positioned for efficient material handling and performance.
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More difficult to repair and tougher maintenance
EDDY Pump Features and Benefits
Autonomous Unmanned Dredge
EDDY Pump Advantages
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Remote Operated, Autonomous Dredge
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Non-Clog, High Viscosity, High Specific Gravity, High Abrasives, Low pH Pumping Design
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40-70% Solids Pumping by Volume
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Ability to pump objects of up to 12-inches in diameter
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100% American Built
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State-of-the-Art Research and Development Facilities on site
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Easily process rags, string, rocks and foreign objects
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Efficient discharge pipeline for transporting dredged material to disposal sites
Pump Features
- Non-Clogging Design
- High Solids Handling
- High Viscosity and Specific Gravity Handling
- High Abrasives Handling
- No Critical Tolerances
- Low Maintenance
- Minimal Downtime
- Low Ownership Costs
Importance of Dredge Pump: The dredge pump is a crucial component in advanced dredging equipment, ensuring superior performance and integration with dredging machines. Reliable dredge pumps enhance efficiency across various industries, help troubleshoot common issues, and offer custom solutions for unique dredging challenges.
All EDDY Pump dredges use our proven USA Built industrial pumps.
All EDDY Pump dredges use our proven USA Built industrial pumps.
Autonomous Dredge Data Sheet (PDF)
The core of this design is the patented EDDY dredge pump technology. The design redefines the pumping industry by being the only pump that utilizes the principles of a tornado to create a synchronized eddy current. This pump is not a centrifugal, positive displacement or vortex pump, but instead the most highly efficient high solids and high specific gravity pump on the market. This translates to the ability to pump higher percent solids of material and capture the heavy specific gravity gold.
To learn more about the technology behind our pumps continue reading more HERE.
Specialized Equipment To Fit Your Dredging Needs
Alternative Dredges
Submersible Dredge Sled
Dredge Sled
The Dredge Sled is highly engineered for submersible dredging with the ability gently slide along the bottom to pump highly viscous or abrasive material, sludge, muck, paste, high solids, and other harsh pumping applications.
Submersible ROV Dredging
Subdredge Submersible ROV
Submersible ROV. An alternative to the autonomous floating dredge is the submersible Subdredge ROV. This unit operates on the sea floor. This subsea robot dredger is controlled by a remote control and keeps divers or humans away from hazards.
Remote Auger Dredging
Auger Dredge – Remote Operated
Auger Dredge Remotely Operated. An alternative to the autonomous floating dredge or Subdredge is the submersible Auger Dredge. This unit operates in a grid pattern operation with a goal of low turbidity, wide update. Operate with a remote control and keeps divers or humans away from the hazardous material.
Call for sales or support
If you need assistance with pump selection, sales or engineering support, call 619-404-1916.
Talk To About Any Question?
Autonomous Dredge FAQS
What is an Autonomous Dredge – Remote Operated?
An Autonomous Dredge – Remote Operated is a self-guided, unmanned dredging vessel that can be controlled and monitored remotely. It is designed to perform dredging operations without the need for onboard human operators. The dredged material is transported through a discharge pipeline to various disposal sites, ensuring efficient material relocation during dredging activities.
How does an Autonomous Dredge operate?
The Autonomous Dredge operates using a combination of GPS, sensors, and computer algorithms to navigate and perform dredging tasks. It is controlled remotely by an operator who can monitor and adjust its operations in real-time. A key component in its operation is the dredge pump, which ensures efficient material handling and integration with the dredging machine.
What are the advantages of using an Autonomous Dredge?
The advantages include increased safety by eliminating the need for human operators onboard, improved efficiency and precision in dredging operations, and reduced operational costs. Additionally, the integration of dredge pumps in the Autonomous Dredge enhances its performance by ensuring optimal functionality and efficiency, thereby improving productivity and further reducing operational costs.
Can an Autonomous Dredge be used in all types of dredging projects?
While Autonomous Dredges are versatile, their suitability for a specific project depends on factors such as the size of the area, the type of material to be dredged, and environmental considerations. It is important to assess each project’s specific requirements.
How is the safety of an Autonomous Dredge ensured?
Safety is ensured through redundant systems, regular maintenance checks, and remote operators monitoring remotely in real-time. Additionally, safety protocols are implemented to handle emergencies or unexpected situations. The discharge pipeline ensures safety during material transport by securely containing and directing dredged material to designated disposal sites, minimizing the risk of spills or leaks.
What kind of maintenance does an Autonomous Dredge require?
Regular maintenance includes checking and servicing the propulsion system, dredging equipment, sensors, and communication systems. Preventive maintenance schedules are typically established to ensure optimal performance. Additionally, maintaining the dredge pump is crucial for operational effectiveness, requiring regular inspections and troubleshooting to address any issues promptly.
Can an Autonomous Dredge be operated in harsh weather conditions?
Autonomous Dredges are designed to operate in a range of weather conditions, but extreme weather may impact their performance. Operational limits based on weather conditions are usually established to ensure safety.
How is data from the dredging operation collected and used?
Data such as depth measurements, material volume, and operational efficiency are collected and transmitted to the remote operator. The dredge pump plays a crucial role in data collection by ensuring the efficient movement of materials, which is essential for accurate measurements. This data is used for real-time monitoring, decision-making, and post-operation analysis.
Can an Autonomous Dredge be customized for specific projects?
Yes, Autonomous Dredges can be customized with different dredging tools and equipment to suit specific project requirements.
What are the environmental considerations when using an Autonomous Dredge?
Environmental considerations include minimizing disturbance to aquatic habitats, reducing emissions, and ensuring that dredged material is handled and disposed of responsibly. The discharge pipeline plays a crucial role in this process by efficiently transporting dredged material to designated disposal sites, thereby minimizing the environmental impact.
What is Dredging and Why is it Done
Dredging is the process of removing sediment, debris, and other materials from the bottom of water bodies, such as rivers, lakes, and oceans. This complex process involves the use of specialized dredging systems and equipment designed to extract and transport the desired materials efficiently. Dredging is undertaken for various reasons, including improving existing water features, extracting valuable minerals and marine life, and constructing dams, dikes, and other control structures.
One of the primary reasons for dredging is to improve existing water features, including deepening navigation channels and creating new waterways for transportation. Dredging also alters drainage patterns and enhances navigability, which is essential for flood prevention and water management. Industries such as mining and fishing rely on dredging to access resources that are otherwise difficult to obtain. Additionally, dredging is crucial for constructing dams, dikes, and other control structures that manage streams and shorelines, providing essential infrastructure for water management and protection against natural disasters.
What are the Common Types of Dredging Machines?
There are several types of dredging machines, each designed to address specific dredging needs and applications. Understanding the unique features and capabilities of these machines is essential for selecting the right equipment for any dredging project. Dredging machines are designed to extract sediment and debris from water bodies using various methods, including suction, mechanical, and hydraulic systems.
Some common types of dredging machines include:
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Cutter Suction Dredgers: These machines employ a rotating cutter head at the end of a suction line to loosen and remove material from the seabed or riverbed. They are highly effective for precision dredging tasks and are widely used in the dredging industry.
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Bucket Ladder Dredgers: These machines operate like a giant conveyor belt, using a continuous chain and bucket mechanism to scoop up sediment, gravel, and other materials from the bottom of a river or water body. They are ideal for mechanical dredging tasks that require the removal of large volumes of material.
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Mechanical Dredgers: These machines use a mechanical system to extract sediment and debris from water bodies, often employing a dredging arm or apparatus to loosen and remove material. They are versatile and can be used for various dredging projects.
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Hydraulic Dredgers: These machines use a hydraulic system to extract sediment and debris from water bodies, often employing a suction pipe to loosen and remove material. They are efficient for dredging operations that require the removal of fine sediments and slurry.
What is the Role of the Dredging Industry?
The dredging industry plays a vital role in maintaining and improving waterways, preventing flooding, and supporting various industrial and environmental applications. Dredging operations involve the use of specialized equipment and techniques to extract sediment and debris from water bodies. The efficiency and effectiveness of dredging operations depend on various factors, including the type of dredging machine used, the operating conditions, and the expertise of the operators.
Dredging operations can be categorized into several types, including:
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Maintenance Dredging: This type of dredging involves the removal of sediment and debris from water bodies to maintain navigable channels and prevent flooding. It is essential for ensuring the safe and efficient operation of waterways.
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Capital Dredging: This type of dredging involves the removal of sediment and debris from water bodies to create new waterways or deepen existing ones. It supports infrastructure development and enhances the capacity of ports and harbors.
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Environmental Dredging : This type of dredging involves the removal of contaminated sediments and debris from water bodies to restore ecosystems and improve water quality. It is crucial for environmental protection and the rehabilitation of polluted water bodies.
HD (Heavy Duty) Slurry Pumps / Dredge Equipment
Related Products
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with the right pump.